Fiber-optic matched filters with metal films deposited on fiber delay-line ends for optical packet address detection

Shin, Jong‐Dug; Jeon, Min Yong; Kang, Cheoul-Shin

doi:10.1109/68.502278

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Cited by 42 publications

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Digital Optical Correlation for Fiberoptic Communication Systems

McGeehan

Hauer

Willner

2003

Wiley Encyclopedia of Telecommunications

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There is increasing interest in performing many key signal processing functions in the optical domain. Optical correlation, or matched filtering, of digital signals is one such key function that is used to compare a given bit pattern with one that is ‘stored’ in an optical correlator. The current and potential applications of digital optical correlators are introduced and the process by which many optical correlators operate is explained in detail. In addition, a number of specific optical correlator designs are presented and explored in greater depth. Significant limitations and implementation challenges as well as potential solutions are also discussed.

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Digital Optical Correlation for Fiberoptic Communication Systems

McGeehan

Hauer

Willner

2003

Wiley Encyclopedia of Telecommunications

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Microphotonic header-recognition architecture for high-speed optical networks

Aljada

Alameh

Al‐Begain

2005

Microw. Opt. Technol. Lett.

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We demonstrate a MicroPhotonic optical header-recognition architecture based on delaying the optical headers within an optical cavity and detecting them using a photoreceiver array. The MicroPhotonic architecture overcomes the issue of optical interference encountered in conventional single-detector header-recognition structures. A 4-bit MicroPhotonic header-recognition architecture is simulated and experimentally demonstrated at 200 Mb/

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